Smart Civil Structures

4.4.7 Active tendon devices -- 4.4.8 Active brace devices -- 4.4.9 Pulse generation devices -- 4.5 Semi-active control devices -- 4.5.1 Semi-active friction dampers -- 4.5.2 Semi-active hydraulic dampers -- 4.5.3 Semi-active tuned liquid dampers -- 4.5.4 Semi-active stiffness control devices -- 4.5.5 Electrorheological dampers -- 4.5.6 Magnetorheological dampers -- 4.6 Hybrid control devices -- 4.6.1 Hybrid mass dampers -- 4.6.2 Hybrid base isolation devices -- 4.6.3 Hybrid bracing control devices -- 4.7 Configuration of control systems and control performance -- References -- 5: Processors and processing systems -- 5.1 Preview -- 5.2 Configuration of a structural health monitoring system -- 5.3 Configuration of a structural vibration control system -- 5.4 Configuration of an integrated health monitoring and vibration control system -- 5.5 Data acquisition and transmission system -- 5.5.1 Configuration of DATS -- 5.5.2 Hardware of DAUs -- 5.5.3 Network and communication -- 5.5.4 Operation of data acquisition and transmission -- 5.6 Data processing systems for structural health monitoring -- 5.6.1 Data acquisition control -- 5.6.2 Signal pre-processing -- 5.6.3 Signal post-processing and analysis -- 5.7 Controller systems for structural vibration control -- 5.8 Integrated data processing and controller systems -- 5.9 Data management systems -- 5.9.1 Components and functions of data management systems -- 5.9.2 Maintenance of data management systems -- 5.10 Structural health evaluation systems -- 5.11 Wireless sensors and sensory systems -- 5.11.1 Overview of wireless sensors -- 5.11.2 Basic architectures and features of wireless sensors -- 5.11.3 Challenges in wireless networks -- 5.12 Power supply and energy harvesting -- Notation -- References -- Part II: Integration for smart civil structures -- 6: Multi-scale modelling of civil structures